The interplanetary magnetic field (IMF) is the magnetic field of the Sun stretched out by the solar wind. The polarity of the IMF is either positive or negative according to the polarity of the original solar magnetic field. The equivalent ionospheric Disturbance Polar current powered by the azimuthal Y component current system is located at polar latitudes and provides specific geomagnetic variations. It is known that the configuration of this system depends on the polarity of the IMF. Thus, in the absence of direct data in the presatellite era, the IMF sector structure could only be inferred from ground-based geomagnetic observations (Svalgaard,1968; Mansurov,1969). In this paper the IMF polarities have been reconstructed for the nineteen...
The measurements of the interplanetary magnetic field taken with the Mariners 2, 4, and 5, and OGO 5...
Abstract Context: We apply our recently developed method to reconstruct synoptic maps of the photos...
Abstract. A method is proposed to determine in near-real time the interplanetary magnetic field (IMF...
This paper describes a new method for reconstructing the polarity of the interplanetary magnetic fie...
In this paper, we propose a modified procedure to infer the interplanetary magnetic field (IMF) pola...
In order to infer the interplanetary sector polarity from polar geomagnetic field diurnal variations...
Abstract. The sector structure of interplanetary magnetic field (SS IMF) have a strong effect on the...
The inferred polarity (toward or away from the sun) of the interplanetary magnetic field at earth us...
The relationship between the low latitude magnetic field and the polarity of the interplanetary magn...
The interplanetary magnetic field near 1 AU has a characteristic “sector” structure that reflects it...
Context. Systematic observations of magnetic field strength and polarity in sunspots began at Mount ...
We present a new reconstruction of the interplanetary magnetic field (IMF, <i>B</i>) for 1846–2012 ...
The synoptic appearance of solar magnetic sectors is studied using 454 sector boundaries observed at...
Using criticaI frequencies, f0F2 from the Uppsala, Lannion and Dourbes ionosonde stations, the possi...
Abstract Context: Systematic observations of magnetic field strength and polarity in sunspots began...
The measurements of the interplanetary magnetic field taken with the Mariners 2, 4, and 5, and OGO 5...
Abstract Context: We apply our recently developed method to reconstruct synoptic maps of the photos...
Abstract. A method is proposed to determine in near-real time the interplanetary magnetic field (IMF...
This paper describes a new method for reconstructing the polarity of the interplanetary magnetic fie...
In this paper, we propose a modified procedure to infer the interplanetary magnetic field (IMF) pola...
In order to infer the interplanetary sector polarity from polar geomagnetic field diurnal variations...
Abstract. The sector structure of interplanetary magnetic field (SS IMF) have a strong effect on the...
The inferred polarity (toward or away from the sun) of the interplanetary magnetic field at earth us...
The relationship between the low latitude magnetic field and the polarity of the interplanetary magn...
The interplanetary magnetic field near 1 AU has a characteristic “sector” structure that reflects it...
Context. Systematic observations of magnetic field strength and polarity in sunspots began at Mount ...
We present a new reconstruction of the interplanetary magnetic field (IMF, <i>B</i>) for 1846–2012 ...
The synoptic appearance of solar magnetic sectors is studied using 454 sector boundaries observed at...
Using criticaI frequencies, f0F2 from the Uppsala, Lannion and Dourbes ionosonde stations, the possi...
Abstract Context: Systematic observations of magnetic field strength and polarity in sunspots began...
The measurements of the interplanetary magnetic field taken with the Mariners 2, 4, and 5, and OGO 5...
Abstract Context: We apply our recently developed method to reconstruct synoptic maps of the photos...
Abstract. A method is proposed to determine in near-real time the interplanetary magnetic field (IMF...